3 classes matched your search criteria.

Summer 2023  |  EE 2361 Section 001: Introduction to Microcontrollers (83251)

Instructor(s)
Class Component:
Lecture
Instructor Consent:
No Special Consent Required
Instruction Mode:
In Person
Enrollment Requirements:
EE 2301
Times and Locations:
Regular Academic Session
 
06/05/2023 - 07/28/2023
Mon, Tue, Wed, Thu 10:10AM - 11:40AM
UMTC, East Bank
Kenneth H Keller Hall 3-115
Enrollment Status:
Open (7 of 24 seats filled)
Also Offered:
Course Catalog Description:
Basic computer organization, opcodes, assembly language programming, logical operations and bit manipulation in C, stack structure, timers, parallel/serial input/output, buffers, input pulse-width and period measurements, PWM output, interrupts and multi-tasking, using special-purpose features such as A/D converters. Integral lab. prereq: EE 2301
Class Description:
Computer organization, assembly language programming, arithmetic/logical operations, parallel/serial input/output. Microprocessor/microcontroller interfacing: memory design, exception handling, interrupts, using special-purpose features such as A/D converters, fuzzy logic, DSP operations. Integral lab.
Grading:
15% Midterm Exam
40% Final Exam
15% Quizzes
20% Laboratory Evaluation
10% Problem Solving
Exam Format:
Solve problems
Class Format:
50% Lecture
15% Discussion
35% Laboratory
Workload:
35 Pages Reading Per Week
3 Exam(s)
Other Workload: Work problems - 8 per week
Textbooks:
https://bookstores.umn.edu/course-lookup/83251/1235
Instructor Supplied Information Last Updated:
4 September 2007

Summer 2023  |  EE 2361 Section 002: Introduction to Microcontrollers (84070)

Instructor(s)
Class Component:
Discussion
Instructor Consent:
No Special Consent Required
Instruction Mode:
In Person
Enrollment Requirements:
EE 2301
Times and Locations:
Regular Academic Session
 
06/05/2023 - 07/28/2023
Mon, Tue, Wed, Thu 11:45AM - 12:10PM
UMTC, East Bank
Kenneth H Keller Hall 3-115
Enrollment Status:
Open (7 of 24 seats filled)
Also Offered:
Course Catalog Description:
Basic computer organization, opcodes, assembly language programming, logical operations and bit manipulation in C, stack structure, timers, parallel/serial input/output, buffers, input pulse-width and period measurements, PWM output, interrupts and multi-tasking, using special-purpose features such as A/D converters. Integral lab. prereq: EE 2301
Class Description:
Computer organization, assembly language programming, arithmetic/logical operations, parallel/serial input/output. Microprocessor/microcontroller interfacing: memory design, exception handling, interrupts, using special-purpose features such as A/D converters, fuzzy logic, DSP operations. Integral lab.
Grading:
15% Midterm Exam
40% Final Exam
15% Quizzes
20% Laboratory Evaluation
10% Problem Solving
Exam Format:
Solve problems
Class Format:
50% Lecture
15% Discussion
35% Laboratory
Workload:
35 Pages Reading Per Week
3 Exam(s)
Other Workload: Work problems - 8 per week
Textbooks:
https://bookstores.umn.edu/course-lookup/84070/1235
Instructor Supplied Information Last Updated:
4 September 2007

Summer 2023  |  EE 2361 Section 004: Introduction to Microcontrollers (83252)

Instructor(s)
Class Component:
Laboratory
Times and Locations:
Regular Academic Session
 
06/05/2023 - 07/28/2023
Tue, Thu 12:20PM - 02:15PM
UMTC, East Bank
Kenneth H Keller Hall 2-182
Auto Enrolls With:
Section 001
Enrollment Status:
Open (7 of 12 seats filled)
Course Catalog Description:
Basic computer organization, opcodes, assembly language programming, logical operations and bit manipulation in C, stack structure, timers, parallel/serial input/output, buffers, input pulse-width and period measurements, PWM output, interrupts and multi-tasking, using special-purpose features such as A/D converters. Integral lab. prereq: EE 2301
Class Description:
Computer organization, assembly language programming, arithmetic/logical operations, parallel/serial input/output. Microprocessor/microcontroller interfacing: memory design, exception handling, interrupts, using special-purpose features such as A/D converters, fuzzy logic, DSP operations. Integral lab.
Grading:
15% Midterm Exam
40% Final Exam
15% Quizzes
20% Laboratory Evaluation
10% Problem Solving
Exam Format:
Solve problems
Class Format:
50% Lecture
15% Discussion
35% Laboratory
Workload:
35 Pages Reading Per Week
3 Exam(s)
Other Workload: Work problems - 8 per week
Textbooks:
https://bookstores.umn.edu/course-lookup/83252/1235
Instructor Supplied Information Last Updated:
4 September 2007

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